TruDiagnostic uses six, peer-reviewed and published algorithms (2nd and 3rd generation) to determine your patients' results. Currently, none of our competitors use any published, 2nd or 3rd generation algorithms to determine biological aging.
When it comes to developing highly accurate and predictive epigenetic algorithms, the more patient data the better! Our algorithms use data from more than 70,000 people, with varying demographics and health histories. By comparison, our competitors use sample sizes of 2,500 to 8,000 people when looking for age-related patterns.
We also test more than one million locations on a patient's DNA for age-related patterns. By comparison, other epigenetic laboratories analyze as little as 27,000 locations of DNA when determining biological age.
With around 28 million locations where age related patterns could potentially be found, epigenetic researchers are still discovering where the strongest age-related associations rest. Through novel, cross biodata training that established connections between aging patterns, and protein and metabolite compositions, our flagship algorithm (the OMICm Age clock) is able to focus on new DNA locations with stronger, and previously uncharted, aging associations.
OMICm Age & EBP Clock
Developed By: TruDiagnostic & Harvard University
DunedinPACE Clock
Developed By: Duke University, exclusively licensed by TruDiagnostic
HypoClock
Developed By: the Van Andel Institute
12 Cell Immune Deconvolution
Developed By: TruDiagnostic, Harvard University, Johns Hopkins University, and the Chinese Academy of Sciences
Systems Clock
Developed By: Yale University, exclusively licensed by TruDiagnostic
Senescence Clock
Developed By: Yale University, and Ohio State University
Study Awaiting Print
In order to help you have a deeper understanding of age quantification methods, along with TruDiagnostic's proprietary and exclusively-licensed algorithms, we've prepared the following presentations.
Learn How to Vet Methods of Biological Age Quantification by clicking here.
Learn more about TruDiagnostic's Aging Algorithms by clicking here.
Learn more about TruDiagnostic and our scientific standards by clicking here.